It doesn't actually work, it only moves the parity from one face to the other, when you could just simply do M2 U2 M2 [(1,0)/(-1,-1)/(6,0)/(1,1)/(-1,0)] for the same thing.
That’s literally an alg except you break it down which still means it’s an alg. Also that alg is meant to solve parity mid pbl before you solve corners because it does an H perm on the top and dcs on the bottom
Pretty cool man, thank you so much it really helped me cause when I have parity I will just scramble the whole entire cube again. Thank you I really appreciate it.
Can you make a video please on how to solve the 4x4 mastermorphix similar to in this video how to avoid parody how to solve the last two corners parody
How to solve Square-1 parity using no algorithms… Proceeds to perform an algorithm Great video though! I’m glad you explained how to perform the algorithm correctly in detail.
That’s an algorithm
No. A algorithm is something you need to repeat
@@lucasdejongh2913 You don’t do cubing do you
@@mememan6925 yup that kid's a non cuber
@@mememan6925 i do. I have 4 cubes
@@mememan6925 I'm not the best but I can solve one in like 45 seconds
Ah yes, that moment when it's still an algorithm
181 likes and no commemts geez
WOW I never thought it was possible to Do an algorithm without it being an algorithm
Square 1 is really just “if something is wrong, start over”
Mmmmmm I really want to do a square 1 joke…….
@@alixx_legenddark_xx2819”back to square one”
back to square one
Omg that’s funny considering that that was the old name for square one
And if it wasn’t it would still be funny
"you dont need an algorithm, just do these moves at the same order"
It's actually an algorithm to solve parity mid PLL
You mean pbl
people should understand that these type of algorithms should be in muscle memory not by understanding
i mean its easier to memorize with your muscles if you know whats going on
Nice, now people can do the algorithm by figuring it out every time. Great...
Ahh yes the time when you do an algorithm and find an excuse to call it something other than an algorithm
I learned today that its not an alg as long as they neglect to give you notation.
That is an algorithm
i feel like this would be easier with an algorithm but idk i dont have a square 1
I find the algorithms on square one easy to learn after I understood notation so yeah that’s probably true
This is an algorithm
Yeah no
now i have parity on white side 💀
Same here I laughed so hard 😅
I loved the part where he didn’t use an algorithm
Here’s how to do square one parity without doing an algorithm. So we’re going to start out with doing the parity alg…
It doesn't actually work, it only moves the parity from one face to the other, when you could just simply do M2 U2 M2 [(1,0)/(-1,-1)/(6,0)/(1,1)/(-1,0)] for the same thing.
This "algorithm" can be useful if you can identify the parity right after orienting the pieces as you don't need to keep any pieces
A algorithm to solve it right away or a algorithm that will mess up the cube with no parity
That’s literally an alg except you break it down which still means it’s an alg. Also that alg is meant to solve parity mid pbl before you solve corners because it does an H perm on the top and dcs on the bottom
I just scramble it again and pray so I don’t get parity again
"How to solve parity without using algs:"
Step 1: Use the algorithm
Step 2: Profit
that's how to solve parity mid-solve
You can actually do a few more moves instead of returning the back to cube shape and you will be left with a u perm
How do you do that😂
so many people missed the point 🤦🏻
It is an algorithm, just you said it differently
THAT IS AN ALG!!!
I really thought he was gonna take the pieces out and put them in the right spot
still an alg, but just easier to understand
OR… just re-scramble and hope for the best lol
Bro did an algorithm to scramble the cube
When you notice your better off learning the actual algorithm…
It IS an algorithm without described Steps
My guy that's an algorithm
I was so sure he was going to color over the parity making the cube "correctly" coloured
That’s just an algorithm
"How to solve a square-1 parity case with no algorithms"
*proceeds to do an algorithm*
My brother in christ thats just a shorter algorithm
It’s still an algorithm
Yo hago uno en el que te deja lo de abajo resuelto todavía, el tullo quedó intercambiado
"Without algorithm"
"and D'"
thats literally an algorithm, will be really bad in speed solves
It doesn't swap two edges, it swaps two corners, but dam the bazaar
I feel like doing the actual parity algorithm would be faster than that.
thats the alg i use to solve parity as soon as i see it after oll
Pretty cool man, thank you so much it really helped me cause when I have parity I will just scramble the whole entire cube again. Thank you I really appreciate it.
He’s showing how to memorize the alg
I like how he dose it slowly
It's hard understand in the beginning but it gets easier when practicing thanks
Sqrare-1 some time they have parity mr eddievak
You scrambled my cube
Thats an algorithm man
Thanks
this is what we (cubers) call: an algorithm
I did that and I got two parity issues💀
then its not parity
thanks!!! now I can solve a square-1 it was just the parity algorithm left to learn
So… an algorithm.
so it’s an algorithm still
This is an alg bro… just learn the squan/ square 1 notation.
Or, just do parity alg, instead of learning this one. I don't have square one though
Basically concept of csp
Now i can enjoy sq1
So it isn't an algorithm, because it is a scramble sequence. I see.. 😅
Lol that’s an algorithm
I think parity might be better than scramble and solve again😂
By the way i just saw a video on this and if you keep repeating the slice u then slice d’ is ends up being solved
Hmmm... looks like an algorithm to me
this is just an explanation to an algorithm. its not an alg technically but...🤔
No algorithms
Could someone please send me a link on this square?
Nice alg!
just cuz you don't show notation doesn't mean It's not an algorithm
i tried it and it gave me double parity
No algorithms!!! 😂
Woah, never knew adj algorithm isn't really an algorithm
Just use the algorithm, much more easier and efficient
This is an algorithm
I'm pretty sure that's an alg lol
Pretty sure that’s an agorithm😂
what is the notations?
what. its a algorithm
Yes do an algorithm to just solve it again
That’s cool, hope I’m never gonna use it 😭😭
I have a really good video that teaches you the parity in a very ez way.
Yeahhhh… that sounds way simpler than just doing the parity algorithm
I still got parity 😭😭😭
I dare u to solve all your cubes and triangles in 1 video
Not triangle, pyramid. Also he probably has dodecahedrons too
Me who got parody after
Can you make a video please on how to solve the 4x4 mastermorphix similar to in this video how to avoid parody how to solve the last two corners parody
Bro just use the typical algorithm
Thats an alg lol
How to solve Square-1 parity using no algorithms…
Proceeds to perform an algorithm
Great video though! I’m glad you explained how to perform the algorithm correctly in detail.
This dosen't freaking work
What if i told you this doesnt work
Hi um the parity alg is here
Or you could do the alg way before you even get this
Ur using an algorithm+ to solve back u need to use algorithms
You scrambled my cube😭😭😭😭😭😭😭💔💔💔💔💔
Nice algorithm 🤣
How to do solve parity with no alg immediately does a alg
It’s kind of pointless since it messes up all of your progress, just learn the parity alg it’s not that bad
ALG ALERT
Its easyer than real one
Please give it's algorithm 😅 how you excited it I am confused